Interpolation theorems, lower Bounds for proof systems, and independence results for bounded arithmetic

Journal of Symbolic Logic 62 (2):457-486 (1997)
A proof of the (propositional) Craig interpolation theorem for cut-free sequent calculus yields that a sequent with a cut-free proof (or with a proof with cut-formulas of restricted form; in particular, with only analytic cuts) with k inferences has an interpolant whose circuit-size is at most k. We give a new proof of the interpolation theorem based on a communication complexity approach which allows a similar estimate for a larger class of proofs. We derive from it several corollaries: (1) Feasible interpolation theorems for the following proof systems: (a) resolution (b) a subsystem of LK corresponding to the bounded arithmetic theory S 2 2 (α) (c) linear equational calculus (d) cutting planes. (2) New proofs of the exponential lower bounds (for new formulas) (a) for resolution ([15]) (b) for the cutting planes proof system with coefficients written in unary ([4]). (3) An alternative proof of the independence result of [43] concerning the provability of circuit-size lower bounds in the bounded arithmetic theory S 2 2 (α). In the other direction we show that a depth 2 subsystem of LK does not admit feasible monotone interpolation theorem (the so called Lyndon theorem), and that a feasible monotone interpolation theorem for the depth 1 subsystem of LK would yield new exponential lower bounds for resolution proofs of the weak pigeonhole principle
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DOI 10.2307/2275541
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References found in this work BETA
Jan Krajíček & Pavel Pudlák (1990). Quantified Propositional Calculi and Fragments of Bounded Arithmetic. Zeitschrift fur mathematische Logik und Grundlagen der Mathematik 36 (1):29-46.

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Pavel Hrubeš (2007). A Lower Bound for Intuitionistic Logic. Annals of Pure and Applied Logic 146 (1):72-90.
Jan Krajicek (2001). Tautologies From Pseudo-Random Generators. Bulletin of Symbolic Logic 7 (2):197-212.
Pavel Hrubeš (2009). On Lengths of Proofs in Non-Classical Logics. Annals of Pure and Applied Logic 157 (2):194-205.

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